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101 articles
Learn how companies are borrowing billions to buy and lease expensive AI chips, and why this system helps make artificial intelligence development more accessible and financially manageable.
This article explores the complexities of AI chip performance, focusing on scaling behavior, model architecture compatibility, and how raw throughput metrics don't always reflect real-world efficiency.
China is allowing small batches of Nvidia's H200 chips onto the mainland to help domestic AI firms keep pace with the US.
This explainer explores the critical role of specialized AI chip design in advancing machine learning capabilities, examining how hardware innovation drives AI progress and why major investments in semiconductor development are reshaping the AI landscape.
Anthropic is building a team for designing its own custom AI chips to help its technology run faster and more efficiently.
Samsung Electronics and Broadcom have signed a $200 billion semiconductor deal covering memory chips, foundry manufacturing, and advanced packaging for AI applications through 2030.
AI chip startup Etched has achieved a $10.3 billion valuation despite industry skepticism, offering GPU-free solutions for AI inference.
Learn how to build and optimize AI inference pipelines using TensorFlow, mimicking the specialized approach of companies like Etched in the chip industry.
This article explains how a major deal between AMD and Anthropic shows the growing competition in AI chip technology and how companies are investing heavily in artificial intelligence systems like Claude.
SenseTime has launched the Galaxy Project to scale domestic AI chip infrastructure in China, partnering with nearly 20 firms to build a closed-loop ecosystem for AI hardware.
This article explains the technical and strategic implications of Nvidia's weakening dominance in AI chips, as major companies like Microsoft and Anthropic begin to explore alternatives such as AMD's Helios platform.
This article explains what SAIL is, how it works, and why it matters in the AI chip industry. It's an introduction to how open-source software can challenge dominant technologies.
